Research on optimization strategies for mine drainage systems in the context of digital intelligence
数智化背景下矿井排水系统优化策略研究

摘要

矿井排水系统是矿产类企业安全生产与高效运营的核心支撑，传统运行模式长期存在能耗过高、响应滞后、运维粗放、安全承压等突出问题，已难以适配数智化转型与绿色发展的现实要求。本文立足企业生产经营实际，聚焦数智化技术应用核心，系统剖析传统排水系统的四大核心弊端，阐明数智化优化的实践价值，重点构建设备升级、算法优化、平台集成、场景适配四位一体的优化策略体系。本研究旨在为铅锌矿企业提供逻辑清晰、落地可行的数智化转型路径，对推动矿井排水系统提质增效、助力企业高质量发展具有重要参考意义。

Abstract

The mine drainage system is the core support for the safe production and efficient operation of mineral enterprises. The traditional operation mode has long had prominent problems such as high energy consumption, lagging response, extensive operation and maintenance, and safety pressure, which are difficult to adapt to the practical requirements of digital transformation and green development. This article is based on the actual production and operation of enterprises, focusing on the core application of digital technology. It systematically analyzes the four core drawbacks of traditional drainage systems, clarifies the practical value of digital optimization, and focuses on building an optimization strategy system that integrates equipment upgrading, algorithm optimization, platform integration, and scene adaptation. This study aims to provide a logically clear and feasible digital transformation path for lead-zinc mining enterprises, which has important reference significance for promoting the improvement and efficiency of mine drainage systems and assisting enterprises in high-quality development.